Levidian

Levidian is a climate technology company that originated as a spin-out from Cambridge University in 2012, initially named Cambridge Nanosystems. For nearly eight years, the firm concentrated on research, development, and patent creation for graphene and related technologies. In late 2020, the business was acquired, commercialized, and rebranded as Levidian. The company's leadership team, including CEO John Hartley, possesses extensive experience in energy, technology development, and environmental economics.

The company's core offering is a patented decarbonization system called LOOP. This technology uses electromagnetic waves to convert methane into a plasma, splitting it into its constituent atoms: hydrogen and carbon, which is captured in the form of high-quality graphene. The process is designed to be retrofitted into existing infrastructure wherever a methane source is available, such as natural gas, biogas, or landfill gas. This pre-combustion decarbonization allows clients to immediately reduce the CO2 footprint of their operations. The resulting hydrogen can be used as a clean fuel source, either pure or blended back into the client's gas stream.

Levidian's business model centers on providing a comprehensive decarbonization service that creates value from what was previously a liability. The company serves clients across carbon-intensive sectors, including oil and gas, water treatment, landfill management, and construction. Strategic collaborations have been established with major entities like Baker Hughes, ADNOC, United Utilities, and Tadweer (Abu Dhabi Waste Management Company). By turning waste gas into two valuable commercial products, the system offers clients new revenue streams. The company has secured significant funding, including a Series B round led by Baker Hughes, to support its international expansion and R&D projects.

The graphene produced by the LOOP system is a key differentiator. Unlike conventional production methods, Levidian's process creates high-purity graphene at an atomic level without catalysts or additives. This graphene is then marketed as an additive to enhance the performance and sustainability of various products, such as batteries, concrete, polymers, and tires, creating further decarbonization benefits throughout the supply chain. The company has successfully entered the North American market and is strengthening its presence in the UAE.

Keywords: methane decomposition, hydrogen production, graphene manufacturing, decarbonization technology, climate tech, plasma reactor, carbon capture and utilization, waste-to-value, sustainable materials, clean energy, industrial decarbonization, green hydrogen, biogas upgrading, landfill gas valorization, advanced materials, LOOP technology, syngas, carbon nanomaterials, circular economy, emissions reduction